MELE study plan

Map the ABO/Rh antigen systems and antibody characteristics, then explain each of the four forward/reverse typing discrepancy patterns aloud without notes

Work through 20 ABO discrepancy and weak subgroup scenarios and record the resolution step sequence for each

Build a one-page table of antibody identification rules (dosage, enzyme effects, neutralization, adsorption) and self-quiz on it twice

Solve 15 antibody panel problems by ruling out at least three specificities per panel and documenting the exclusion logic

Explain the crossmatch types, transfusion reaction workup steps, and hemolytic disease of the fetus and newborn testing algorithm from memory

Compare the sensitivity and interpretation of serologic methods (tube, gel, solid phase) and list when each is preferred

Describe the immune response phases, immunoglobulin classes, complement pathways, and the prozone/postzone phenomena with one worked example each

Interpret 10 syphilis, hepatitis, and HIV serology result patterns including window periods and confirmatory testing

Calculate and interpret anion gap, osmolality, creatinine clearance, and corrected calcium using 15 practice calculations

Explain the physiologic basis of sodium, potassium, chloride, and bicarbonate abnormalities and match 20 electrolyte cases to their causes

Trace liver function, renal function, cardiac marker, and thyroid panel results to specific disease patterns in 15 case vignettes

Describe spectrophotometric, ion-selective electrode, and immunoassay principles and identify interference sources for each

Classify anemias by morphology, reticulocyte response, and iron study pattern across 25 cases

Explain coagulation cascade pathways, mixing study interpretation, and platelet function testing, then apply them to 10 bleeding and thrombotic vignettes

Describe hemoglobinopathy and thalassemia screening and confirmatory testing, and interpret 10 electrophoresis patterns

Identify leukemia and lymphoma features on morphology and flow cytometry summaries for 15 cases

Organize specimen collection, media selection, and identification algorithms for gram-positive, gram-negative, and anaerobic bacteria into a reference table

Interpret 20 biochemical and susceptibility panels and state the resistance mechanism implied by each pattern

Explain mycobacterial, fungal, and viral diagnostic methods and match 15 clinical presentations to the appropriate test

Distinguish normal flora from pathogens in 10 culture scenarios and justify the reporting decision

Interpret 25 urinalysis chemical and microscopic findings and correlate each with a likely renal or metabolic cause

Analyze 15 body fluid cases (cerebrospinal, pleural, synovial, seminal) using cell counts, crystal identification, and calculated indices

Explain nucleic acid extraction, amplification, and detection methods and select the appropriate molecular test for 12 clinical scenarios

Describe quality control, contamination control, and result interpretation limits for molecular assays

Apply Westgard multirule and Levey-Jennings chart interpretation to 15 quality control scenarios and state the corrective action for each

Design a method validation, proficiency testing review, and document control plan that satisfies accreditation expectations

Identify chemical, biological, and fire hazards and select the correct spill, exposure, and waste-handling response for 15 safety scenarios

Explain the chain of infection, standard precautions, and transmission-based precautions with laboratory-specific examples

Complete two timed full-length practice exams under test conditions and record domain-level scores for each

Rework every missed item from both practice exams into a corrected concept note with the underlying principle stated

Re-drill the three weakest domains using your week 1-7 deliverables until each reaches 80% or higher on a targeted retest

Recite the highest-yield reference ranges, formulas, and interpretation rules from all domains in a single timed self-quiz